public void ToLeftSideOfOpponent()
{
player1.CurrentPosition = c[5, 5];
player2.CurrentPosition = c[5, 6];
var wallBehind = new Wall("56h");
var rejectedWallsByWallBehind = game.GetWallsRejectedBy(wallBehind);
//Assert.That(rejectedWallsByWallBehind.Length == 4);
var placeWallBehindMove = new PlaceWallMove(game, player1, wallBehind, rejectedWallsByWallBehind);
placeWallBehindMove.Apply();
var wallOnTheRight = new Wall("55v");
var rejectedWallsByWallOnTheRight = game.GetWallsRejectedBy(wallOnTheRight);
//Assert.That(rejectedWallsByWallOnTheRight.Length == 3);
var placeWallOnTheRightMove = new PlaceWallMove(game, player1, wallOnTheRight, rejectedWallsByWallOnTheRight);
placeWallOnTheRightMove.Apply();
Console.WriteLine(game);
var answer = new[] { c[4, 5], c[5, 4], c[4, 6] };
Assert.That(player1.GetPossiblePawnMoves().Select(move => move.To), Is.EquivalentTo(answer));
}
public void Test1()
{
player1.CurrentPosition = c[5, 7];
player2.CurrentPosition = c[5, 5];
var wallDescriptions = new[] { "13h", "33h", "53h", "63v", "62h" };
foreach (var wallDescription in wallDescriptions)
{
var wall = new Wall(wallDescription);
var rejectedWalls = game.GetWallsRejectedBy(wall);
var placeWallMove = new PlaceWallMove(game, player1, wall, rejectedWalls);
placeWallMove.Apply();
}
Console.WriteLine(game);
Assert.That(player1.GetPossiblePlaceWallMoves()
.Select(move => move.PlacedWall)
.Contains(new Wall("82h")), Is.False);
Assert.That(player1.GetPossiblePlaceWallMoves()
.Select(move => move.PlacedWall)
.Contains(new Wall("82v")), Is.True);
}
public void WithJumpAtTheStart()
{
player1.CurrentPosition = c[5, 5];
player2.CurrentPosition = c[5, 6];
var wallBehind = new Wall("56h");
var rejectedWallsByWallBehind = game.GetWallsRejectedBy(wallBehind);
//Assert.That(rejectedWallsByWallBehind.Length == 4);
var placeWallBehindMove = new PlaceWallMove(game, player1, wallBehind, rejectedWallsByWallBehind);
placeWallBehindMove.Apply();
var wallOnTheRight = new Wall("55v");
var rejectedWallsByWallOnTheRight = game.GetWallsRejectedBy(wallOnTheRight);
//Assert.That(rejectedWallsByWallOnTheRight.Length == 3);
var placeWallOnTheRightMove = new PlaceWallMove(game, player1, wallOnTheRight, rejectedWallsByWallOnTheRight);
placeWallOnTheRightMove.Apply();
Console.WriteLine(game);
Assert.That(player1.GetShortestPathLength(), Is.EqualTo(4));
Assert.That(player2.GetShortestPathLength(), Is.EqualTo(4));
}
public void PathDoesNotExist()
{
var wallDescriptions = new [] { "12h", "32h", "52h", "72h", "81v" };
foreach (var wallDescription in wallDescriptions)
{
var wall = new Wall(wallDescription);
var rejectedWalls = game.GetWallsRejectedBy(wall);
var placeWallMove = new PlaceWallMove(game, player1, wall, rejectedWalls);
placeWallMove.Apply();
}
Console.WriteLine(game);
Assert.That(player1.GetShortestPathLength(), Is.EqualTo(int.MaxValue));
}
public void ToBothSidesOfOpponent()
{
player1.CurrentPosition = c[5, 5];
player2.CurrentPosition = c[5, 6];
var wallBehind = new Wall("56h");
var rejectedWalls = game.GetWallsRejectedBy(wallBehind);
var placeWallBehindMove = new PlaceWallMove(game, player1, wallBehind, rejectedWalls);
placeWallBehindMove.Apply();
Console.WriteLine(game);
var answer = new[] { c[4, 5], c[5, 4], c[6, 5], c[4, 6], c[6, 6] };
Assert.That(player1.GetPossiblePawnMoves().Select(move => move.To), Is.EquivalentTo(answer));
}
public void TrickyPath()
{
player1.CurrentPosition = c[5, 5];
var wallDescriptions = new[] { "55h", "44v", "65v", "77h", "46h" };
foreach (var wallDescription in wallDescriptions)
{
var wall = new Wall(wallDescription);
var rejectedWalls = game.GetWallsRejectedBy(wall);
var placeWallMove = new PlaceWallMove(game, player1, wall, rejectedWalls);
placeWallMove.Apply();
}
Console.WriteLine(game);
Assert.That(player1.GetShortestPathLength(), Is.EqualTo(9));
}
